Variables
	description

	mg = MG4(name="wab")
	generate tritrig in MG4

	cnv = StdHepConverter(inputs=mg.output_files(), outputs=['wab_events.stdhep'])
	Convert wab events to stdhep.

	rot = BeamCoords()
	Rotate WAB events into beam coordinates.

	sample
	Sample wabs using poisson distribution, calculating mu from provided cross section.

Variable Documentation

◆ cnv

cnv = StdHepConverter(inputs=mg.output_files(), outputs=['wab_events.stdhep'])

Convert wab events to stdhep.

Definition at line 23 of file wab_gen_sample_job.py.

◆ description

description

Definition at line 14 of file wab_gen_sample_job.py.

◆ mg

mg = MG4(name="wab")

generate tritrig in MG4

generate tritrig in MG5

Definition at line 17 of file wab_gen_sample_job.py.

◆ rot

rot = BeamCoords()

Rotate WAB events into beam coordinates.

Definition at line 26 of file wab_gen_sample_job.py.

◆ sample

sample

Initial value:

=  MergePoisson(input_filter='wab',
                      input_files=['wab_unweighted_events_rot.stdhep'],
                      output_files=['wab_unweighted_events_rot_sampled.stdhep'],
                      xsec=7.55e10)

Sample wabs using poisson distribution, calculating mu from provided cross section.